Silica (silicon dioxide) fibre industrial braided sleevings 16 mm | +900°C (Short-Term +1050°C) Non-impregnated (33SI) 100m/pack

Detailed description:

The sleeving is made from specially heat-resistant silica fibre, providing not only outstanding thermal insulation but also chemical and mechanical protection. Its material is non-combustible and resistant to UV radiation, radiation exposure, and aging.
Thanks to its braided structure, it is highly flexible yet abrasion-resistant, ensuring reliable performance even in extreme conditions.

Applications:

Protection of cable bundles or pipelines at very high temperatures:

This application is relevant for industrial environments where cable bundles and pipelines are exposed to high temperatures, such as heat treatment furnaces or other high-temperature equipment. The product helps protect cables and pipes from heat, ensuring that their insulation remains intact and they function properly over time. This is crucial for maintaining safety and reliability.

Industrial furnaces and air ovens:

In industrial furnaces and air ovens requiring high temperatures, proper insulation is essential for efficient thermal energy utilization and equipment protection. The materials used in such systems must withstand continuous heat exposure and rapid temperature fluctuations without degradation. The fiber varnish tube is an excellent choice as it retains its mechanical and chemical properties even at high temperatures.

Nuclear industry applications:

In the nuclear industry—such as reactors, radiation shielding, or nuclear waste management—insulation materials must meet extreme requirements. The material must resist high temperatures and radiation while ensuring long-term operational safety.

Technical features:

Continuous Operating Temperature: +900°C
Peak Temperature: Up to +1050°C for short-term exposure
Excellent Chemical Resistance, Especially Against Acids
Low Thermal Expansion Coefficient
Flame-Resistant and Asbestos-Free

Functionality:

The braided silica fiber structure effectively reduces heat transfer, protecting wires and sensitive components from extreme thermal effects. Thanks to its flexibility, it is easy to install and provides reliable protection against mechanical impacts such as vibration or friction.

This high-end heat-resistant insulation is indispensable in the toughest industrial and engineering environments!